Roundhill Innov-100 0DTE Covered Call Strat ETF vs Taiwan Semiconductor Mfg. Co. Ltd. — how do they compare? Roundhill Innov-100 0DTE Covered Call Strat ETF trades at $29.48 (market cap $962.24M), while Taiwan Semiconductor Mfg. Co. Ltd. trades at $459.58 (market cap $2.07T). The key difference: Taiwan Semiconductor Mfg. Co. Ltd. is far larger — about 2151.2× Roundhill Innov-100 0DTE Covered Call Strat ETF's market cap, and Taiwan Semiconductor Mfg. Co. Ltd. pays a 0.89% dividend while Roundhill Innov-100 0DTE Covered Call Strat ETF pays none. Which is the better fit depends on your goals — on Pluang, investors hold Roundhill Innov-100 0DTE Covered Call Strat ETF for 56 Days and Taiwan Semiconductor Mfg. Co. Ltd. for 110 Days on average.
| QDTE | TSM | |
|---|---|---|
Market Cap | $962.24M | $2.07T |
Volume | 882,859 | 13,244,224 |
Sector | Income / Options Overlay | Technology |
52-Week High | $36.60 | $485.80 |
52-Week Low | $26.85 | $275.06 |
Typical Hold Time | 56 Days | 110 Days |
Enterprise Value | — | $1.99T |
Dividend Yield | — | 0.89% |
Signals from Pluang's Aura AI — not financial advice
QDTE trades at $29.89, down 0.3% with a bullish technical signal despite overbought RSI readings. The ETF generates weekly income through covered call strategies but faces concerns about NAV erosion and return of capital. Recent distributions have declined from $0.28 to $0.11, reflecting shrinking yields as volatility decreases. The fund's 0.97% expense ratio consumes significant portions of payouts, creating structural challenges for long-term value preservation.
The outlook remains cautious as high distribution yields mask underlying NAV deterioration. While weekly income appeals to retail investors, the strategy underperforms in bull markets and faces sustainability questions. Key risks include volatility dependency, return of capital concerns, and competitive pressure from alternative income ETFs. Analyst sentiment is mixed with recent downgrades highlighting structural weaknesses.
TSM trades at $472.20, down 2.09% today, but maintains strong technical momentum with bullish moving averages and support at $470. The company demonstrates exceptional fundamentals with 44.6% net margins and consistent earnings beats, including Q2 2026 EPS of $4.22 beating estimates by 10.8%. Revenue growth accelerated to $3.81T in 2025, up 31.6% year-over-year, driven by AI chip demand and technological leadership.
Outlook remains positive with 72% analyst buy ratings and $578.43 consensus target implying 22.5% upside. Key risks include geopolitical tensions in Taiwan and cyclical semiconductor demand. The stock presents a compelling growth opportunity given its dominant foundry position and expanding AI infrastructure investments.
Trailing returns across standard periods
What Pluang investors did over the last 30 days
Latest headlines on both assets
QDTE is an actively managed ETF that seeks to generate income through a covered call strategy on the NASDAQ 100. It primarily holds a portfolio of U.S. government securities and sells 0-DTE (zero days to expiration) index call options on the NASDAQ 100. This highly tactical strategy aims to maximize option premium capture by exploiting the rapid time decay of options expiring on the same day, which provides enhanced income but also exposes the fund to significant volatility and risks associated with daily options settlement.
Read more on QDTE →Taiwan Semiconductor Manufacturing Company, or TSMC, is the world's largest dedicated chip foundry, with over 57% market share in 2021 per Gartner. TSMC was founded in 1987 as a joint venture of Philips, the government of Taiwan, and private investors. It went public as an ADR in the U.S. in 1997. TSMC's scale and high-quality technology allow the firm to generate solid operating margins, even in the highly competitive foundry business. Furthermore, the shift to the fabless business model has created tailwinds for TSMC. The foundry leader has an illustrious customer base, including Apple, AMD and Nvidia, that looks to apply cutting-edge process technologies to its semiconductor designs.
Read more on TSM →